1
Pr51
Position error.
R/W
M
-32768÷
+32767
[count]
0
1
Pr52
Reference multiplier. Using this parameter and
Pr53, the user can set the ratio desired for the input
reference frequency
R/W
M
±32000 1
1
Pr53
Reference divider. Using this parameter and
Pr52, the user can set the ratio desired for the input
reference frequency.
R/W
M
±32000
[rpm]
1
1
Pr54
Encoder-in rotation speed (read-only). Indicates
the input reference frequency translated into rpm
(based on 4096 imp/revolution)..
R [rpm] 0
1
Pr55
Window for servo-error 1. If the position error as
an absolute value exceeds the value set in Pr55,
b70.4 is set to 1. Otherwise, b 70.4 = 0..
R/W
M
[count] 1000
1
Pr56
Window for servo-error 2. If the position error as
an absolute value exceeds the value set in Pr56,
b70.5 is set to 1. Otherwise, b 70.5 = 0.
R/W
M
[count] 1000
1
Pr57
Proportional gain for the position regulator.
R/W
M
0 ÷
32000
100
1
Pr58:59
Encoder in captured. The value encoder master
is captured on the positive edge of the selected
input (see b70.0).
R [count] 0
1
Pr60:61
Regulator position reference.
R [count] 0 1
Pr62:63
Motor position (fbk). If incremented by 4096
steps per revolution.
R/W
M
[count] 0 1
Pr64:65
Position offset.
R [count] 0 1
Pr66:67
Encoder-in counter.
R [count] 0 1
Pr68:69
Value captured. Value of the position of the
motor captured on the positive end of the digital
input 1.
[count] 0 1
Pr96:95
Deposit of value comparator (b94.8).
1
Pr98:97
Deposit of value comparator (b94.9).
R/W
M
1
Pr106
Feed forward scale. The range is: from 0 to 2000,
but if Pr106=1000 the feed forward doesn’t use the
scale.
0 ÷ 2000 0 1
Pr154
CAN Reference multiplier. Using this parameter
and Pr155, the user can set the ratio desired for the
input reference frequency.
R/W
M
-32000÷
+32000
1
1
Pr155
CAN Reference divider. Using this parameter
and Pr154, the user can set the ratio desired for the
input reference frequency.
R/W
M
-32000÷
+32000
1 1
Pr157:156
Encoder CAN counter.
[steps] 1